Research on power fluctuation matching control of large-scale wind power hydrogen production system based on multi-factor cyclic queue method

Coupling and controlling renewable energy wind power large-scale electrolytic hydrogen production system to adapt the fluctuation of can obtain green from source reduce waste phenomenon energy, so as promote development a low-carbon society. In this paper, by constructing with an alkaline water electrolyzer main body, multi-factor cyclic queue control strategy developed based on state parameters device is coupled, simulation work carried out in combination 241h duration curve certain place. The results show that not only meets requirements for fast accurate response input, but also optimizes balances overall running time system, effectively improving life consistency system. study provide new technical direction consumption application energy.